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Journal of High Energy Physics, Gravitation and Cosmology 2016年第3期2卷 293-297页

作者： Angel Fierros Palacios División de Energías Alternas Instituto de Investigaciones Eléctricas Mexico City Mexico

An analytical method to calculate hubble’s constant [1] is presented. The proposed procedure is an alternative scheme to the red shifts of spectral lines picture, to obtain the value of that constant [2].

关键词： hubble’s constant

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Dark Energy Is a Phenomenal Effect of the Expanding Universe-Possibility for Experimental Verification

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Journal of High Energy Physics, Gravitation and Cosmology 2021年第4期7卷 1333-1352页

作者： siva Prasad Kodukula Independent Researcher Visakhapatnam India

Vacuum energy density has been defined and mass formation from “space-time” has been viewed from a different perspective. This explanation for vacuum energy is based on “space-time” and conversion of space into time keeping “space-time density” as constant. Equations for “space-time” and mutual conversion of space and time have been derived. As a result, new concept of mass creation has been explained. By postulating that space time density of universe is constant, low and high values of cosmological constant has been shown as the exchange of energy between space, time and matter. The concept has been used to explain dark energy concept of the universe. It concluded a result that velocity of light is changing with the apparent expansion of the universe. The derived equation is possible for experimental verification. Obviously it is a contradiction to Big bang model. so the derived equation with the help of quantum concepts explained the 2.7 K cosmic micro wave background radiation. Theoretical value of hubble’s constant has been proposed which is useful for calculation of experimental results appropriately.

关键词： space-Time Vacuum Energy Dark Energy Velocity of Light hubble’s constant Universe

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Photonic Gravitational Interactions from a Quantum Point of View

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Optics and Photonics Journal 2021年第1期11卷 12-21页

作者： Jose L. Parra Physics Department Florida International University Miami USA

A hypothesis explaining the diffraction and interference of light from a pure corpuscular point of view was published in 2018. The author developed the idea by a fortunate combination of intuition and statistics but failed to justify it theoretically. This vagueness can be amended by using relativistic invariants. Adapting Dirac’s equation to gravitational potentials acting over photons yields most of the properties of light. A complete characterization of the properties of light arriving from distant galaxies was performed by modeling the coherence of light. It was assumed that the coherence of light is generated by two orthogonal potentials. Here an idea explains the cosmological redshift data as is done by the combination of Big-Bang, acceleration, and deceleration trilogy.

关键词： hubble’s constant Relativistic Invariants Dirac’s Equation Cosmology Redshift

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